200916147 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種安全的填充體，特別是指—種用 於健身、重力訓練’且可於一本體的容室内變化配重之可 降低傷害的配重填充體。 【先前技術】 參閱圖1，是現有用於健身，且具有各種不同重量的。亞 鈐10，該等》亞鈴10是金屬鑄造而成，而藉由變化該等B亞铃 10的體積可控制啞鈴10的重量。每一啞鈴.1〇具有—可供 使用者握持的握持桿n’及二連接於該握持桿U兩端用來 配重的錘體12。該等D亞鈴10雖可供健身使用，然而卻有以 下缺失： 一、 該等啞鈴10質地堅硬，健身者若操作不慎而掉落 至地板，地板可能因遭受該等錘體12的撞擊而破裂或凹陷 ，更糟糕的是，若啞鈴1 〇直接砸到健身者的腳，健身者將 因受到撞擊而有嚴重的傷害。 二、 為提供各種不同重量的。亞鈐10供健身者依需求選 用’啞鈐製造商必須設計出各種不同大小的啞鈴模具（圖 未示）’藉此生產出各種不同重量的》亞鈴10，因此，該n亞鈴 1 〇的模具成本較高。此外，也由於鑄造原料的雜質含量不 易控制導致原料比重變化’致使鑄造後的亞鈴1 Q重量誤差 也隨著變大而有品質不穩定之現象。 【發明内容】 因此’本發明之一目的，即在提供一種具有彈性之可 200916147 降低傷害的配重填充體。 本發明之另一目的，即在提供一種具有彈性之可降低 傷害的^亞龄。 於是，本發明可降低傷害的配重填充體包含一本體、 一填充部，及一填充單元。該本體是由彈性材質製成，並 具有一容室、一包圍該容室的内包圍面，及一與該内包圍 面相背設置的外包圍面.該填充部具有一連通該容室的通 孔、一圍繞該通孔且連接該本體的填充座，及一封閉該通 孔的封閉塞。該填充單元是呈顆粒狀且由該填充部的通孔 以各顆粒獨立分離的形態充填至該容室，該填充單元具有 多數第一填充顆粒。 S亥可降低傷害的β亞鈴是包含一握持桿、二本體、二填 充部’及一填充單元。 該等本體是安裝於該握持桿相反兩端。 本發明的有益功效在於··該本體採用彈性材質，且將 该填充單元以各顆粒分離且均勻的型態充填至該本體的容 室，藉此降低可能對使用者或地板造成的傷害，更藉由變 化該填充單元的數量與種類，以達成於該本體容室内變化 配重的功效。 【實施方式】 有關本發明之前述及其他技術内容、特點與功力文，在 以下配合參考圖式之十個較佳實施例的詳細說明中，將可 清楚的呈現。 在本發明被詳細描述之前’要注意的是，在以下的說 200916147 月内今中類似的元件是以相同的編號來表示。 /閱圖2本發明可降低傷害的配重填充體1〇〇之第一 較佳實施例是…亞鈴的錘體，而該等填充體H)0是以 螺接方式鎖固於該讀2〇〇握持桿2〇1兩相反端。每一填 充體⑽包含—本體2、—連接於該本體2的填充部3，及 一填充單元4。 每-本體2是由彈性且柔軟的橡膝材質製成且具有 包圍谷至22的内胎21、一包圍連接該内胎21的外皮 23、一形成於該内月台21且包圍該容室22的内包圍面24、 —形成於該外皮23外部的外包圍面25，及—位於該内胎 21、外皮23之間的纏紗層26。每一本體2是藉由一固定連 接於該外皮23的安裝座7與該握持桿2()1鎖固連接。本實 施例中’每-本體2與每—安裝座7可以藉由鎖固或炫接 —體成型的方式固定結合。 本實施例中，該等本體2實質上概呈圓柱狀且為具有 内胎21、外皮23及纏紗層26的三層結構，且該纏紗層％ 是用來增加該等本體2的強度，惟，該纏紗層26也可被省 略（圖未示）。另外，該本體2的材質也可採用具有彈性的 塑膠、PU、TPR、PVC等其他材質。 每一填充部3具有一連通該容室22的通孔31、一圍繞 該通孔31的填充座32，及一封閉塞33。該通孔31是由該 外包圍面25凹陷延伸貫穿至該内包圍面24，該填充座32 是連接於該内胎21與外皮23之間，該封閉塞33是由該外 包圍面25朝該内包圍面24塞入該填充座32而封閉該通孔 200916147 31。本實施例中，該封閉塞33是採用直接塞入該填充座μ 的塞頭式封閉塞。 該填充單元4是呈小顆粒狀，並具有多數顆可吸震緩 衝的第一填充顆粒41，及具有多數顆用來配重的第二填充 顆粒42 ’其巾，該等第_填充顆粒41與該等第二填充顆粒 4 2是以各顆粒獨立分離的形態依適當比例配重容置於該本 體2容室22 β，使該填充體⑽制預定重量。當該等本 體^掉落至地面而使該等填充體⑽受地板的#擊纏時 :該填充單元4的顆粒受擠壓而於該等容室22内流動，該 等本體2也隨著變形，而藉由該等本體2的變形以及該填 充單元4顆粒的流動與吸震緩衝，以吸收播麼與撞擊的能 量。 該填充單元4可選擇低比重不可發泡的 的緩衝材料，或是可狢治η 擇阿比重不可發泡的材料提高該等 體100 Γ〇的配重。其中’選用低比重的材料可增加充填 比重的材=積’選用可吸震的材料可提升緩衝效果，而高 =Γ+::::填:…"。例如:… 均…發_比重：：：：殼、種子殼等 可發泡膨脹的低比重材料，相反地 天然礦石粉、碎石頭等古 7 例中，該等第—填充顆-疋；3比重的配重材料。本實施 第二填充顆、β " π知用可發泡的保麗龍，該等 具充顆粒42是採用高比重的砂。 200916147 接下來，將説明該填充單元4如何充填進入該容室a 内：每-本體2成型後且該封閉塞33尚未封閉該填充部3 的通孔31前，先將未發泡的該等第一填充顆粒4ι、該等第 一填充顆粒42均勻混合，然後自該填充部3的通孔η充 填進入該本體2的容室22。由於該等第—填充顆粒41尚未 發泡熟化，體積因此較小而可經由該通孔31進入該容室a ’且5亥填充單元4尚未充滿該容室22。 接者’以一治具（圖未示）封閉該填充部3的通孔Μ ’並對該等第-填充顆粒41發泡’待該等第一填充顆粒41 發泡膨㈣成後’㈣該治具，該等第―、第二填充顆粒 41、42是以各顆粒獨立分離的形態存在於該容室a内。本 貝施例中’ 4等第—、第二填充顆粒41、42必須依適當比 :混合，以符合該填充請容室22體積、配重的需求重 量° a叫緣m札：π，本發明即完成 加工。雖財發明的該第—填充驗41是制發泡材料， 第二填充顆粒42是採用非發泡材料，然而，該第―、第二 填充顆粒41、42也可全採用非發泡的材料充填。因此，： 發明可藉由採用二種以上不同比重的填充顆粒，並藉由控 制各填充顆粒的混合比例，以精準控制填充體⑽的重量 〇 的說明，^制本發㈣伽歸納如下： 丄 .....凡卿π π职Γ . 曰：二該等本體2是由具有彈性的柔軟材質所製成 早兀4的第-、第二填充顆粒4卜42是以各顆 200916147 粒獨立分離的形態混合容置於該等本體2的容室u内 外’«充單元4為可吸震材料’因此，當該口亞铃2〇〇不 慎掉洛地面時，㈣填充體刚撞擊地面造成該等本體2 變形（圖未示）’進而導致該等第_、二填充顆粒4 於該等容…流動，撞擊地面的衝擊力部分將由具有彈 性的该寻本體2所吸收，部份則是轉化為該填充單元4於 該本體2内流動的變形能，還有部分是被可吸震的填充顆 粒吸收’因此可有效地減緩對使用者與地面造成的傷害。 二、相較於圖1的習知技術是藉由多套模具變化該疫 鈴1〇體積而達成改變鱗10重量的目的，如圖2所示的 本發明則是藉由改變填充單& 4的種類或相異比重填充顆 粒的混合比例，使該填充體1〇〇於本體2體積不變的狀況 下’精準地調配生產屮尤⑸舌县ΛΑ±士丄 王座不同重1的填充體1〇〇，且填充體 100的重#精準、誤差小而品質穩^。因此’當欲生產較重 的填充體1GG ’射填充比重較大的填充顆粒，反之，填充 可發泡或低比重的填充顆粒，可使該填充冑1GG具有較輕 的重量。 ""，疋本發明的一第二較佳實施例，該第二較佳 實施例是類似於該第_較佳實施例，其差異之處在於：每 -本體々2還具有數個與該外皮23、内胎21結合的螺帽27 ’且，等安裝座7分別是連接於該握持桿201 #兩相反側 ，而母一安裝座7具有數個對應該等螺帽27的螺穿孔7〇， 該等本體2可藉由數顆螺絲2()與該等安裝座7鎖固。當該 等螺4 2G刀別螺穿過安裝座7的螺穿孔μ後，與位於該 10 200916147 本體2的螺帽27鎖接。 如此，該第二較佳實施例亦可達到與上述第一較佳實 施例之降低傷害，且可精準配重之相同功效，並藉由充氣 控制該等填充體100的彈性。 參閱圖4 ’是本發明的一第三較佳實施例，該第三較佳 實施例是類似於該第一較佳實施例，其差異之處在於··該 等填，體⑽是知接於該°亞鈴2〇〇握持桿201㈣相反端 ’且每一本體2是設計為僅有該外皮23而省 <該内胎21， 而该内包圍面24是形成於該外皮23内，該填充座32與該 =體2是-體成型。此外，該填充部3的通孔31是穿過該 ，裝座7 ’再經由該外皮23連通該容室22，而該封閉塞η 疋如用螺牙式的封閉塞33封閉該填充部3的通孔η。 ☆該握持桿2(Η是呈中空狀，且具有二分別位於相反兩 ^而的u型彈片202，及二分別突出連接於該等彈片202上的 凸塊203，每一個安裝座7分別具有一對應各凸塊2〇3的穿 槽71 〇 由於該填充部3的通孔31是由該安裝座7貫穿連通該 ^體2的容室22，當該本體2與該握持桿201釦接時，該 、充。卩3疋被5玄握持桿2〇丨遮蔽而隱藏，相較於第一實施 例的該填充部3是外露於該本體2，本實施例的該本體2之 ^觀更為平整美觀。本發明中，不論是採用如該第一較佳 3 例中的塞頭式封閉塞3 3或是本實施例的螺牙式封閉塞 33 ’該封閉塞33均具有封閉該通孔31的相同功效。 本實她例中，將該握持桿2〇 1的兩相反端分別穿入該 11 200916147 裝座7使該專凸塊203分別知入且卡制於該等穿槽71 内，即可將該等填充體1〇〇與該握持桿2〇1釦接。上述的 釦接方式，方便使用者可快速地將該等填充體100組裝或 自°亥握持# 201知下，藉此更換不同重量的填充體100而 改變啞鈴200之重量。 如此，該第三較佳實施例亦可達到與上述第一較佳實 施例之降低傷害，且精準配重的相同功效，並且較第—實 知例更為美銳，而該等填充體丨〇〇可以快速地拆裝。 參閱圖5，是本發明的一第四較佳實施例，該第四較佳 實施例是類似於該第一較佳實施例，其差異之處在於：該 等填充體100可藉由—充氣針p進行充氣，且每—封閉塞 33具有-連通該本體2容室22的充氣孔331。該充氣針p 可由該封閉塞33的充氣孔331扎入而對該本體2的容室^ 進行充氣，而藉由將適量的空氣充填於該本體2内，本發 明將具有更佳的彈性。 上述第一較佳實 效’並藉由充氣 如此，該第四較佳實施例亦可達到與 施例之降低傷害，且可精準配重之相同功 控制該等填充體100的彈性。 參閱圖6’是本發明的—第五較佳實施例，該第五較佳 實施例是類似於該第四較佳實施例，其差異之處在於：該 等填充體100與該握持桿201是一體成型。 如此，該第五較佳實施例亦可達到與上述第四較佳實 施例之降低傷害，且可精準配重之相同功&，並藉由充氣 控制該等填充體100的彈性。 12 200916147 ’疋本發明的一第六較佳實施例，該第六較佳 二把例疋類似於該第四較佳實施例，其差異之處在於：該 、 1 〇〇的結構外觀概呈環狀而猶如甜甜圈，並具有 内％孔101且圍繞包覆住一硬質内環1〇2的外周1〇3。該 、充體1〇〇疋由該硬質内環102可拆卸地套入該嗤鈴200 或横铃握持桿201兩相反端，以做為°亞鈴200的錘體或槓 鈐的鈴片。當該等填充體1〇〇因充氣膨脹而變形，該硬質 内％ 102因質地較為堅硬而不隨該填充體刚的膨脹而變 形使該等填充體100可順利地套入該握持桿2〇 i。 本實施例中，使用者如希望改變該σ亞鈴2〇〇或槓鈐的 重里除了可藉由更換不同重量的填充體丨〇〇達到改變重 里的目的，還可以藉由增減該等填充體j 〇〇的數量，達到 變化重量之目的。 此外，如圖8所示，本實施例的該填充體1〇〇也可設 5十為一體成型且概呈矩形之結構而無該硬質内環102，並增 設數個握持開π 1()4。當㈣者將該填充體⑽自該握持^ 2〇1卸下後，可將手伸入握持開σ 1〇4而握持該填充體ι〇〇 ’如此也可以進行健身運動。 如此，該第六較佳實施例亦可達到與上述第四較佳實 施例之降低傷害’且可精準配重之相同功效，並藉由充氣 控制該等填充體100的彈性。 參閱圖9,是本發明的-第七較佳實施例，該填充體 100是可供使用者鍛鍊肌肉或瑜珈健身的—健身球，並可藉 由該充氣針Ρ對該健身球進行充氣。該第七較佳實施例是 13 200916147 類似於該第一較佳實施例，其差異之處在於：該本體2,是 呈中空球狀，並具有一包圍一容室22，的内胎21，、一外皮 231、一内包圍面24，、一外包圍面25,，及一纏紗層％，，且 該封閉塞33具有一連通該本體2,容室22，的充氣孔如。 該充氣針P可由該充氣孔331札人而對該本體2,進行200916147 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a safe filling body, in particular to a fitness, gravity training, and can change the weight in a body of a body. A weight-filled body that reduces damage. [Prior Art] Referring to Fig. 1, it is currently used for fitness and has various weights. Aa 10, these "bells 10" are cast from metal, and the weight of the dumbbell 10 can be controlled by varying the volume of the B-bells 10. Each of the dumbbells has a gripping rod n' for holding by the user and two hammers 12 connected to the ends of the gripping lever U for weighting. Although these D-bells 10 can be used for fitness, they have the following shortcomings: 1. These dumbbells 10 are hard and the body may fall into the floor if the operator accidentally moves, and the floor may be hit by the hammer 12 The rupture or depression, even worse, if the dumbbell 1 〇 directly hits the body of the fitness person, the fitness person will be seriously injured by the impact. Second, to provide a variety of different weights. Aachen 10 for fitness users to use the 'dumb manufacturer' must design a variety of different sizes of dumbbell molds (not shown) to produce a variety of different weights of the Yaling 10, therefore, the n Yaling 1 〇 The cost of the mold is higher. In addition, since the impurity content of the foundry raw material is not easily controlled, the specific gravity of the raw material changes. As a result, the weight loss of the Yaling 1 Q after casting is also unstable due to the increase in mass. SUMMARY OF THE INVENTION Therefore, it is an object of the present invention to provide a weight-filling body having a resilience that can reduce injuries. Another object of the present invention is to provide an elastic age-reducing sub-age. Thus, the weight-filling body of the present invention capable of reducing damage comprises a body, a filling portion, and a filling unit. The body is made of an elastic material and has a chamber, an inner surrounding surface surrounding the chamber, and an outer surrounding surface disposed opposite the inner surrounding surface. The filling portion has a communication passage connecting the chamber a hole, a filling seat surrounding the through hole and connecting the body, and a closing plug closing the through hole. The filling unit is in the form of particles and is filled into the chamber by the through holes of the filling portion in a form in which the respective particles are independently separated, the filling unit having a plurality of first filling particles. The β-bell that reduces damage is a grip bar, two bodies, two filling portions, and a filling unit. The bodies are mounted on opposite ends of the grip bar. The beneficial effect of the invention is that the body is made of an elastic material, and the filling unit is filled into the chamber of the body with a separate and uniform shape of the particles, thereby reducing damage to the user or the floor, and further By changing the number and type of the filling units, the effect of changing the weight in the body chamber is achieved. The above and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the accompanying drawings. Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals in the following. / Figure 2 The first preferred embodiment of the weight-filling body 1 of the present invention for reducing damage is a hammer of a bell, and the fillers H) 0 are screwed to the reading. 2〇〇 Hold the rod 2〇1 opposite ends. Each of the filling bodies (10) includes a body 2, a filling portion 3 connected to the body 2, and a filling unit 4. Each body 2 is made of an elastic and soft rubber knee material and has a inner tube 21 surrounding the valley 22, a skin 23 surrounding the inner tube 21, a skin formed on the inner platform 21 and surrounding the chamber 22. The inner surrounding surface 24, an outer surrounding surface 25 formed on the outer side of the outer skin 23, and a winding layer 26 located between the inner tube 21 and the outer skin 23. Each body 2 is fixedly coupled to the holding rod 2 (1) by a mounting base 7 fixedly coupled to the outer skin 23. In the present embodiment, the 'per-body 2 and each-mount 7 can be fixedly coupled by means of locking or splicing. In this embodiment, the bodies 2 are substantially cylindrical and are a three-layer structure having a tube 21, a sheath 23 and a winding layer 26, and the winding layer % is used to increase the strength of the bodies 2, However, the winding layer 26 can also be omitted (not shown). In addition, the material of the body 2 can also be made of other materials such as elastic plastic, PU, TPR, PVC, and the like. Each of the filling portions 3 has a through hole 31 communicating with the chamber 22, a filling seat 32 surrounding the through hole 31, and a closing plug 33. The through hole 31 extends from the outer surrounding surface 25 to the inner surrounding surface 24, and the filling seat 32 is connected between the inner tube 21 and the outer skin 23, and the closing plug 33 is directed by the outer surrounding surface 25 The inner surrounding surface 24 is inserted into the filling seat 32 to close the through hole 200916147 31. In the present embodiment, the closing plug 33 is a plug-type closing plug that is directly inserted into the filling seat μ. The filling unit 4 is a first filling particle 41 in the form of small particles and having a plurality of shock absorbing buffers, and a second filling particle 42 having a plurality of weights for the weighting, the first filling particles 41 and The second filler particles 4 2 are accommodated in the body 2 chamber 22 β in a form of independent separation of the particles, so that the filler body (10) is made to have a predetermined weight. When the bodies ^ are dropped to the ground such that the filling bodies (10) are smashed by the floor #: the particles of the filling unit 4 are squeezed to flow in the equal volume chamber 22, and the bodies 2 also follow Deformation, by the deformation of the bodies 2 and the flow and shock absorption of the particles of the filling unit 4, to absorb the energy of the impact and impact. The filling unit 4 may be selected from a buffer material having a low specific gravity non-foamable material, or a material which can be made into a non-foamable material by a specific gravity to increase the weight of the body 100 Γ〇. Among them, the material with low specific gravity can be used to increase the specific gravity of the filling material. The shock-absorbing material can be used to increase the buffering effect, while high =Γ+::::fill:...". For example: ... all... hair _ specific gravity:::: shell, seed shell and other low-density materials that can be foamed and expanded, in contrast to natural ore powder, broken stone, etc. in the ancient 7 cases, the first-filled-疋; 3 specific gravity weight material. In this embodiment, the second filler, β " π knows the foamable styrofoam, and the filled particles 42 are sand with a high specific gravity. 200916147 Next, how the filling unit 4 is filled into the chamber a will be described: after each body 2 is formed and the closing plug 33 has not closed the through hole 31 of the filling portion 3, the unfoamed first The first filler particles 4, the first filler particles 42 are uniformly mixed, and then filled into the chamber 22 of the body 2 from the through holes η of the filling portion 3. Since the first-filled particles 41 have not been foamed and matured, the volume is therefore small and can enter the chamber a' via the through-hole 31 and the 5-filled unit 4 has not yet filled the chamber 22. The connector 'closes the through hole Μ ' of the filling portion 3 with a jig (not shown) and foams the first-filled particles 41 until the first filling particles 41 are expanded (four) into a 'fourth' In the jig, the first and second filler particles 41 and 42 are present in the chamber a in such a manner that the respective particles are separated independently. In the example of Benbe, the 'fourth-first--the second filler particles 41, 42 must be mixed according to the appropriate ratio to meet the required weight of the volume 22 and the weight of the filling chamber. The invention completes the processing. Although the first filling test 41 of the invention is a foamed material, the second filler particles 42 are made of a non-foamed material, however, the first and second filler particles 41 and 42 may also be made of a non-foamed material. Filling. Therefore, the invention can be carried out by using two or more kinds of filler particles of different specific gravities and controlling the weight ratio of the filler body (10) by controlling the mixing ratio of the respective filler particles, and the method is as follows: .....凡卿π π职Γ. 曰: Two of these bodies 2 are made of a soft and flexible material, the first and second filler particles 4, 42 are independent of each of the 200916147 particles. The separated form is mixed and placed in the chamber u of the body 2, and the 'charging unit 4 is a shock absorbing material'. Therefore, when the mouth of the bell is accidentally dropped, the filler body just hits the ground. The body 2 deformation (not shown) further causes the first and second filler particles 4 to flow in the equal volume, and the impact force portion hitting the ground will be absorbed by the body 2 having elasticity, and the portion is It is converted into the deformation energy of the filling unit 4 flowing in the body 2, and partly absorbed by the shock-absorbing filling particles, thus effectively reducing the damage to the user and the ground. 2. The conventional technique of FIG. 1 achieves the purpose of changing the weight of the scale 10 by changing the volume of the diseased bell by a plurality of sets of molds, and the present invention as shown in FIG. 2 is by changing the fill sheet & The type of 4 or the proportion of the different specific gravity filling particles, so that the filling body 1 is placed under the condition that the volume of the body 2 is constant, 'accurately blending and producing the filling body of the Chiyou (5) tongue county ΛΑ± 丄 丄 throne different weight 1 1〇〇, and the weight of the filling body 100 is accurate, the error is small, and the quality is stable. Therefore, when the heavier filler body 1GG' is required to fill the filler particles having a larger specific gravity, and conversely, filling the foamable or low specific gravity filler particles, the filler crucible 1GG can have a lighter weight. "", a second preferred embodiment of the present invention, the second preferred embodiment is similar to the first preferred embodiment, and the difference is that each body 还 2 also has several The nut 27' combined with the outer skin 23 and the inner tube 21, and the mounting bases 7 are respectively connected to the opposite sides of the holding rod 201, and the female one mounting base 7 has a plurality of snails corresponding to the nuts 27 After the perforations are 7 inches, the bodies 2 can be locked with the mounting brackets 7 by a plurality of screws 2 (). When the screw 4 2G cutter passes through the screw hole μ of the mount 7, it is locked with the nut 27 located in the body 10 of the 10 200916147. Thus, the second preferred embodiment can achieve the same effect as the above-described first preferred embodiment for reducing the damage and accurately weighing the weight, and controlling the elasticity of the filling body 100 by inflation. Referring to FIG. 4, which is a third preferred embodiment of the present invention, the third preferred embodiment is similar to the first preferred embodiment, and the difference is that the filling (10) is known. At the opposite end of the holding bar 201 (four), and each body 2 is designed to have only the outer skin 23 and save the inner tube 21, and the inner surrounding surface 24 is formed in the outer skin 23, The filling seat 32 and the body 2 are formed in a body. In addition, the through hole 31 of the filling portion 3 passes therethrough, and the mounting seat 7' communicates with the housing 22 via the outer skin 23, and the closing plug η, for example, closes the filling portion 3 with a screw-type closing plug 33. Through hole η. ☆ The holding rod 2 (the cymbal is hollow, and has two u-shaped elastic pieces 202 respectively located on opposite sides, and two protrusions 203 respectively protrudingly connected to the elastic pieces 202, each of the mounting bases 7 respectively The through hole 71 corresponding to each of the bumps 2 〇 3 has a through hole 31 of the filling portion 3 through the mounting seat 7 through the chamber 22 of the body 2, when the body 2 and the holding rod 201 When the buckle is fastened, the 充 3 疋 is hidden by the 5 握 grip bar 2 ,, and the filling portion 3 of the first embodiment is exposed to the body 2, the body 2 of the embodiment The present invention is more flat and beautiful. In the present invention, the plug-type closure plug 33 of the first preferred example 3 or the threaded closure plug 33 of the present embodiment is used. The same effect is obtained by closing the through hole 31. In this example, the opposite ends of the holding rod 2〇1 are respectively inserted into the 11 200916147 mount 7 so that the special bumps 203 are respectively known and locked in In the through slots 71, the filling bodies 1〇〇 can be fastened to the holding rods 2〇1. The above fastening manner is convenient for the user to quickly fill the filling rods. The body 100 is assembled or changed from the weight of the holder 201, thereby changing the weight of the dumbbell 200 by replacing the filler body 100 of different weights. Thus, the third preferred embodiment can also achieve the first preferred embodiment described above. It reduces the damage, and the same effect of the precision weight, and is more beautiful than the first-known example, and the filling body can be quickly disassembled. Referring to Figure 5, it is a fourth comparison of the present invention. In a preferred embodiment, the fourth preferred embodiment is similar to the first preferred embodiment in that the filling body 100 can be inflated by the inflation needle p, and each of the closure plugs 33 has An inflation hole 331 communicating with the body 22 of the body 2. The inflatable needle p can be inserted into the inflation hole 331 of the closure plug 33 to inflate the chamber 2 of the body 2, by filling an appropriate amount of air into the body In the body 2, the present invention will have better elasticity. The first preferred embodiment is described above, and by inflating, the fourth preferred embodiment can also achieve the same damage reduction as the embodiment, and can be accurately weighted. The work controls the elasticity of the filler bodies 100. Referring to Figure 6' is the invention The fifth preferred embodiment is similar to the fourth preferred embodiment in that the filling body 100 is integrally formed with the holding rod 201. Thus, The fifth preferred embodiment can also achieve the same work as the above-described fourth preferred embodiment for reducing damage and accurately weighting, and controlling the elasticity of the filler body 100 by inflation. 12 200916147 '疋In a sixth preferred embodiment of the present invention, the sixth preferred embodiment is similar to the fourth preferred embodiment, and the difference is that the structure of the 1 〇〇 is annular in appearance. The donut has an inner % hole 101 and surrounds the outer circumference 1〇3 of a hard inner ring 1〇2. The body 1 is detachably inserted into the opposite end of the ring 200 or the horizontal grip bar 201 by the rigid inner ring 102 to serve as a hammer or a bar of the bell . When the filler bodies 1 变形 are deformed by inflation, the hard interiors 102 are relatively rigid due to the texture and are not deformed with the expansion of the filler body so that the filler bodies 100 can smoothly fit into the gripping rod 2 〇i. In this embodiment, if the user wants to change the weight of the sigma bell or the bar, in addition to changing the weight of the filling body, the weight can be changed, and the filling can be increased or decreased. The number of bodies j 达到 is the purpose of changing the weight. In addition, as shown in FIG. 8 , the filling body 1 本 of the embodiment may also be provided with an integrally formed rectangular structure without the rigid inner ring 102 and a plurality of holding openings π 1 ( ) 4. When the person (4) removes the filling body (10) from the holding member 2, the hand can be inserted into the holding opening σ 1〇4 to hold the filling body ι ′ so that the exercise can be performed. Thus, the sixth preferred embodiment can achieve the same effect as the above-described fourth preferred embodiment for reducing damage and accurately weighting, and controlling the elasticity of the filler bodies 100 by inflation. Referring to Fig. 9, which is a seventh preferred embodiment of the present invention, the filling body 100 is a fitness ball for the user to exercise muscle or yoga, and the fitness ball can be inflated by the inflatable needle. The seventh preferred embodiment is 13 200916147 which is similar to the first preferred embodiment in that the body 2 is hollow and has a tube 21 surrounding a chamber 22, An outer skin 231, an inner surrounding surface 24, an outer surrounding surface 25, and a winding layer %, and the closing plug 33 has an inflation hole communicating with the body 2, the chamber 22, for example. The inflating needle P can be performed on the body 2 by the inflating hole 331
充氣，而藉由將適量的空氣充填於該本體2,内，本發明將 具有更佳的彈性。 X 參閱圖1〇，本實_中，該本體2,的設計可省略該纏 紗層26,而為僅有該内胎21，與外皮23，的兩層結構。此外， 若更進-步將該封閉塞33更換為另—不具有充氣孔331的 封閉塞33,則該健身球即是一無法充氣的健身球（圖未示） 如此，該第七較佳實施例亦可達到與上述第—較佳實 施例之降低傷害，且可精準配香 稱+配重之相冋功效，並藉由充氣 控制該等填充體1 〇〇的彈性。 爹閲園m，是本發明的一第八較佳實施例，該填 充體10G {可供使用者健身與鍛鍊肌肉的_健身球。該第 八較佳實施例是類似於該第七較佳實施例，其差異之處在 於：該填充體1GG還包含_握持單元5，該握持單元$具 二可供雙手同時相鄰握持的握持件51，該等握持件Η是由 剛性材料製成，且各具有—外側面511 '一與該外側面川 相背設置的内側面512，及二定位凹槽513，該内側面512 與6玄本體2之間具有—供手部伸入的空間514。本實施例中 ，該本體2,與握持件51可以藉由鎖固或炫接-體成型的方 14 200916147 式固定結合。 當使用者同時以雙手分別握持在該握持單元5的握持 ^ 51上，且大拇指按壓於該等定位凹槽513内，其餘四指 可伸^該空間514 +，則當使用者側身擺動雙臂時，就可 以進行手臂訓練而如同高爾夫球之推桿動作。 如此，該第八較佳實施例亦可達到與上述第七較佳實 施例之降低傷害，且可精準配重的相同功效，並藉由充氣 控制该等填充體100的彈性。 ^閱圖13,是本發明的一第九較佳實施例，該填充體 ⑽是可供使用者健身與锻鍊肌肉的-健身球。該第九較佳 實施例是類似於該第七較佳實施例，其差異之處在於：該 真充體100還包含__央握單元6，該夾握單元6具有二可供 雙手同時間隔夹握的夾握件6卜該等夾握件61是由剛性材 料製成，且該等夹握件61與該本體2，外包圍丨&，之間且有 一供手部伸入的空間62。此外，如圖Μ所示，該等夾握件 61也可以是由柔軟的織帶或皮帶等材料製成。本實施例中 本體2與夾握單元6可以藉由鎖固的方式固定結合。 如此’該第九較佳實施例亦可達到與上述第七較佳實 施例之降低傷害’且可精準配重的相同功效，並藉由充氣 控制該等填充體100的彈性。 、 2閱圖15’是本發明的—第十較佳實施例，該填充體 100疋可供使用者健身與锻鍊肌肉的—壺玲。該第十較實 施例是類似於該第七較佳實施例，其差異之處在於：4 充體1⑼還包含-握持單元8,該握持單元8具有—可供使 15 200916147 用者握持的握持件81，該握持件81可以是由剛性或可挽性 材料製成，且該握持件81與該本體2，外包圍面25，之間具有 -供手部伸人的空間82。本實施例中，該本體2，與握持件 81可以藉由鎖固或熔接一體成型的方式固定結合。 如此，該第十較佳實施例亦可達到與上述第七較佳實 施例之降低傷害’且可精準配重的相同功效，並藉由充氣 控制該等填充體100的彈性。 值得說明的是： 由以上各貫施例，若將該等第一填充顆粒4 i、第 二填充顆粒42均勻混合且填充該本體2、2，内，此時，即 可將每一填充體1〇〇整體視為均質，意即該填充體ι〇〇的 形心 C (Shape Center)與重心 W(Weight Cemer)幾乎重 疊’當健身者移動該填充體1G() _，*易因為重心偏離形 ^而於運動中造成該填充體丨〇〇的慣性甩動而掉落，進而 避免對健身者造成傷害。 二、本說明書的填充體10〇是運用於啞鈴、槓鈐或健 身球，因此，該填充體100的外型概呈圓柱狀、甜甜圈的 %狀、圓形球體狀。然而，該填充體1〇()的造型也可設計 為非圓型的球體，或者是水果造型、幾何造型、動物造型 、人體造型、卡通偶像造型、其它多變造型（圖未示），而 當該填充體100不慎撞擊使用者或地板時，同樣也具有降 低傷害的功效。 歸納上述，本發明之可降低傷害的配重填充體1〇〇,該 本體2、2’是由彈性材質製成，且將該填充單元4以各顆粒 16 200916147 分離的型態充填至彈性材質所製成的該本體2、2，内，使該 填充單7C 4可於該本體2、2，内流動而吸收撞擊能，再藉由 改變填充顆粒的混合比例，以達到精確控制填充體配 重的功效，故確實能達到發明之目的。 处惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍’即大凡依本發对請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋習用啞鈴的示意圖，說明該等啞鈴是藉由變化 體積的大小改變重量； . 圖K本發明可降低傷害的配重填充體應用於…亞铃 的—第一較佳實施例之剖視示意圖； 疋本發明可降低傷害的配重填充體應用於一啞鈴 、第一較佳實施例之剖視示意圖； 圖一4，本發明可降低傷害的配重填充體應用於_啞鈴 車乂佳實施例之剖視示意圊，說明-本體省略-内 填充座與該本體一體成型； 的一 的一 或一 =5是本發明可降低傷害的配重填充體應用於…亞鈐 第四較佳實_之剖視示意; 疋本^明可降低傷害的配重填充體應用於一 第五較θ佳實―m示意圖； 疋本發明可降低傷害的配重填充體結合於 扣龄的-^較佳實_之魏示意圖； 17 200916147 圖8是該第六較佳實施例的該填充體增設數個握持開 口之示意圖； 圖9是本發明可降低傷害的配重填充體運用於一徤身 球的一第七較佳實施例之局部剖視示意圖； 是—局部剖視示意圖’說明該第七較佳實施例的 該本體疋i略該纏紗層； 圖11是本發明可降低傷害的 球的一第八較佳會_ 具兄體運用於一健身 孕乂佳實施例之前視示意圖； ==較佳實施例的局部剖視示意圖； 球的-第九較佳實::降低傷：的配重填充體運用於-健身 θ &列之局部剖視示音圖，1昍__ Λ提 疋由剛性材料製成. ％、圖 S兒明一夾握件 圖14是該第九較佳實施 夾握件是由柔軟材料製成.*叩局4剖視示意圖，說明二 圖15是本發明可降低傷定 的一第十較佳實施例之 、°的配重填充體運用於一壺鈐 。邵剖視示意圖。 18 200916147 【主要元件符號說明】 100… …·填充體 25'.… 101 …·内環孔 26, ·… …·纏紗層 102 …. …·硬質内環 3 ....... •…填充部 103… •…外周 31 •.… •…通孔 104… •…握持開口 32•.… …·填充座 2 ....... …·本體 33 ••… …·封閉塞 20…… …·螺絲 331… •…充氣孔 200… …· α亞鈴 4 ...... •…填充單元 201 •…握持桿 41 -··· …·第一填充顆粒 202… •…彈片 42…… •…第二填充顆粒 203… •…凸塊 5…… …·握持單元 21 -··. …·内胎 51 ·.·.· •…握持件 22••… •…容室 511… —外側面 23 …·. •…外皮 512… •…内侧面 24••… —内包圍面 513… •…定位凹槽 25••… •…外包圍面 514… •…空間 26….· …·纏紗層 6…… •…夾握單元 27••… …·螺帽 61 •… ----夾握件 2'…… …·本體 6Γ ···· …·夾握件 21' ··· …·内胎 62 .… …·空間 22、··. …·容室 7 ...... •…安裝座 23' · …·外皮 70•… •…螺穿孔 24' ···· —内包圍面 71 ••… •…穿槽 19 200916147 8 ..........握持單元 81 .........握持件 82 .........空間 P ..........充氣針 C..........形心 W .........重心 20Inflated, the present invention will have better elasticity by filling an appropriate amount of air into the body 2. X Referring to Fig. 1A, in the present embodiment, the body 2 is designed to omit the winding layer 26 and has a two-layer structure of only the inner tube 21 and the outer skin 23. In addition, if the closing plug 33 is further replaced with another closing plug 33 having no inflation hole 331, the fitness ball is an inflatable fitness ball (not shown). The embodiment can also achieve the same effect as the above-described first preferred embodiment in reducing the damage, and accurately matching the scent and the weight, and controlling the elasticity of the filling body 1 by inflation. The reading garden m is an eighth preferred embodiment of the present invention, and the filling body 10G is a fitness ball for the user to exercise and exercise muscles. The eighth preferred embodiment is similar to the seventh preferred embodiment, and the difference is that the filling body 1GG further includes a holding unit 5, the holding unit $ has two hands for simultaneous proximity a gripping member 51, which is made of a rigid material, and each has an outer side surface 511', an inner side surface 512 disposed opposite the outer side surface, and two positioning grooves 513. Between the inner side 512 and the 6-body 2 there is a space 514 into which the hand extends. In this embodiment, the body 2 and the holding member 51 can be fixedly coupled by a locking or splicing-body molding method. When the user simultaneously holds the grips 51 of the holding unit 5 with both hands, and the thumb is pressed into the positioning grooves 513, the remaining four fingers can extend the space 514 +, when used When you swing your arms sideways, you can perform arm training like a golf club's putter. Thus, the eighth preferred embodiment can achieve the same effect as the above-described seventh preferred embodiment for reducing the damage and accurately weighing the weight, and controlling the elasticity of the filling body 100 by inflation. Referring to Figure 13, a ninth preferred embodiment of the present invention, the filling body (10) is a fitness ball for the user to exercise and forge muscles. The ninth preferred embodiment is similar to the seventh preferred embodiment, and the difference is that the true body 100 further includes a central grip unit 6, and the grip unit 6 has two hands for simultaneous use. The clip holder 6 of the spacer grip is made of a rigid material, and the clip holder 61 and the body 2 are surrounded by the outer portion and have a hand for insertion. Space 62. Further, as shown in Fig. ,, the clip holders 61 may be made of a material such as a soft webbing or a belt. In this embodiment, the body 2 and the grip unit 6 can be fixedly coupled by locking. Thus, the ninth preferred embodiment can achieve the same effect as the above-described seventh preferred embodiment for reducing damage and accurately weighting, and controlling the elasticity of the filler bodies 100 by inflation. 2 is a tenth preferred embodiment of the present invention, and the filling body 100 is provided for the user to exercise and forge the muscles of the chain. The tenth embodiment is similar to the seventh preferred embodiment, and the difference is that: 4 the filling body 1 (9) further comprises a holding unit 8, the holding unit 8 having - allowing the user to hold the 15 200916147 Holding the grip 81, the grip 81 may be made of a rigid or pullable material, and the grip 81 and the body 2, the outer surrounding surface 25, have a hand for extension Space 82. In this embodiment, the body 2 and the holding member 81 can be fixedly coupled by locking or welding. Thus, the tenth preferred embodiment can achieve the same effect as the above-described seventh preferred embodiment for reducing damage and accurately weighting, and controlling the elasticity of the filler bodies 100 by inflation. It should be noted that, according to the above embodiments, if the first filler particles 4 i and the second filler particles 42 are uniformly mixed and filled in the bodies 2 and 2, at this time, each filler body can be 1〇〇 is considered to be homogeneous as a whole, meaning that the shape center C (Shape Center) and the center of gravity W (Weight Cemer) of the filling body almost overlap 'when the bodybuilder moves the filling body 1G() _, * is easy because of the center of gravity Deviating from the shape and causing the inertia of the filling body to sway and fall during the movement, thereby avoiding injury to the bodybuilder. 2. The filling body 10 of the present specification is applied to a dumbbell, a bar or a fitness ball. Therefore, the shape of the filling body 100 is generally cylindrical, a donut-shaped, and a spherical shape. However, the shape of the filling body 1() can also be designed as a non-circular sphere, or a fruit shape, a geometric shape, an animal shape, a human body shape, a cartoon idol shape, and other versatile shapes (not shown). When the filling body 100 inadvertently hits the user or the floor, it also has the effect of reducing the damage. In summary, the weight-filling body 1 of the present invention can reduce damage, and the body 2, 2' is made of an elastic material, and the filling unit 4 is filled with a type of particles 16 200916147 to be elastic material. The body 2, 2 is formed so that the filling sheet 7C 4 can flow in the body 2, 2 to absorb the impact energy, and then by changing the mixing ratio of the filling particles, to achieve precise control of the filling body. The effect is heavy, so it can really achieve the purpose of the invention. The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto. Modifications are still within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view of a conventional dumbbell, illustrating that the dumbbells are changed in weight by varying the volume; Figure K. The weight-filling body of the present invention for reducing damage is applied to... A schematic cross-sectional view of a preferred embodiment of the present invention; a cross-sectional view of a first preferred embodiment of the present invention for reducing damage; FIG. The utility model is applied to the cross-sectional view of the embodiment of the dumbbell-shaped bicycle, and the description shows that the body is omitted and the inner filling seat is integrally formed with the body; one or one of the ones of the ones is a weight-filling body for reducing damage in the invention. The cross-sectional view of the fourth best _ of the Aachen ;; 疋 ^ 明 可 可 可 可 可 可 可 可 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 应用于 配 应用于 配 配 配 配 配 配 配 配 配 配 配FIG. 8 is a schematic view showing the addition of a plurality of grip openings to the filling body of the sixth preferred embodiment; FIG. 9 is a schematic diagram of the present invention for reducing damage. Refilled body for a ball BRIEF DESCRIPTION OF THE DRAWINGS FIG. 11 is a partial cross-sectional view of the seventh preferred embodiment of the present invention. FIG. 11 is a view of the ball of the present invention for reducing damage. The eighth preferred meeting _ has a brother body for a fitness pregnancy, a front view of the preferred embodiment; == a partial cross-sectional view of the preferred embodiment; the ball - the ninth preferred:: reduced injury: the weight The filling body is applied to the partial cross-sectional sound map of the fitness θ & column, and the 昍 _ _ Λ 疋 is made of a rigid material. %, Figure S, a clip holder, Figure 14 is the ninth preferred embodiment The grip member is made of a soft material. * Figure 4 is a cross-sectional view, and the second Figure 15 is a tenth preferred embodiment of the present invention to reduce the injury. . Schematic diagram of the cross section. 18 200916147 [Explanation of main component symbols] 100... ...filled body 25'.... 101 ...· inner ring hole 26, ·...·winding layer 102 .....·hard inner ring 3 ....... • ...filling portion 103... •...outer circumference 31 •.... •...through hole 104... •...holding opening 32•.......filling seat 2..................body 33 ••... 20... ...·screw 331... •...inflating hole 200...··α-bell 4...•...filling unit 201 •...holding rod 41 -·····first filling particle 202... ...the shrapnel 42...•...the second filling particle 203...•...the bump 5...the handle unit 21-··.....the inner tube 51 ······...the grip member 22••... •... Room 511... - Outer side 23 ...·. •... Skin 512... •... Inner side 24••... — Inner surrounding surface 513... • Positioning groove 25••... •...Outer surrounding surface 514... •...Space 26 ....·...·Wrapped layer 6... •...Clip grip unit 27••...·Nuts 61 •... ----Clip grip 2'...·· Body 6Γ ······Clip grip Pieces 21' ··· ...· Tire 62 .... .... Space 22, ..... ... chamber 7 ...... •... Mounting seat 23' · ...·Skin 70•... •...Spiral perforation 24' ···· — Inner enveloping surface 71 ••... •...through slot 19 200916147 8 .......... grip unit 81 ......... grip 82 ... ... space P . .........Inflatable needle C..........shape heart W ......... center of gravity 20